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Historically, major developments in civil engineering have only been possible because of parallel developments in the technology of materials. In geotechnical engineering, polymeric reinforcement materials is a subset of a much larger recent development in civil engineering materials: geosynthetics. Geosynthetics are planar products manufactured from polymeric materials (the synthetic) used with soil, rock, or other geotechnical– related material (the geo) as part of a civil engineering project or system. This paper is devoted to create another parallel development in using these materials by optimizing the ultimate bearing capacity of reinforced soils under strip footing using Artificial Neural Network and Genetic Algorithm.

Shape control of structures, with special emphasis upon piezoelectric control actuation has found an enormous range of applications in recent years. In shape control one intends to specify the spatial distribution, or the shape, of an actuating control agency, such that the displacement field of a structure distorted from its original...

One of the main advantages of snake–like robot over wheeled vehicles is its capability to move with different modes of locomotion, also called gaits. Because of inherent power inefficiency of snake robots, finding parameters that allow efficient motion for different gaits is of great importance. One of these gaits is called "flapping...

The prediction of the future states in Multi Agent Systems such as Robocup Soccer has been a challenging problem since the beginning of the MAS. Robocup 3D Soccer is selected because of its global view of the agents. An Artificial Neural Network is used for prediction. The goal is to concentrate on the design of an optimal ANN. In order...

Among the multivariate controtl charts that are used to monitor more than one correlated quality characteristics, the multivariate exponentially weghted moving average (MEWMA) is one of the best to detect small shifts in the process parameters. Design of a MEWMA control chart to possess minimum cost and high statistical properties is one...

The development of a generalized steady–state electrochemical model of a polymer electrolyte fuel cell (PEMFC) system is presented by R.F Mann et al. to predict the output voltage of a single Ballard Mark V cell more efficiently. In this research a new te